This is not an exaggeration. Except for starting, Su Shen can't win the rest of the segments, even the same is true for the 6.29s time. Therefore, the beginning of the acceleration zone is the strong area of ​​the peak Bolt, but it is not the strongest area.

Therefore, as long as you can withstand it later.

That's winning.

This chapter is not finished yet, please click on the next page to continue reading the exciting content later! Start coherence.

It is one of the key conditions for how fast your acceleration zone can run.

For example, the fastest Coleman was like this, and his consistency was even higher than that of Su Shen, which was something that Su Shen once admitted in an interview. Coleman was more talented. After training here, everyone would have highlights that they were particularly good at. Personalization and differentiation have been replaced by universality.

The reason why Coleman's acceleration zone is better and faster is mainly because of his downward pressure.

Downward coherence.

Su Shen once wanted to learn, but there were still some environments that could not be achieved. The main reason was that some physical functions and physical parameters were incorrect and the body proportions were different, which led to many techniques that could only be "exclusive" by a certain athlete and could not be promoted.

But Su Shen’s life is different. Combined with the integration of the fascial system, this is a product decades later.

At that time, the fully mature theory and practice allowed Su Shen to combine and change many things.

For example, this downward coherence.

Coleman can do it but cannot do it himself, it may be a problem with the ratio of the lower limbs. If this is the case, it may be impossible to learn, because Coleman's ratio of the lower limbs can allow his effective free time to reach a level that his body proportions could not have been achieved before.

If you act forcibly, your whole rhythm will be chaotic and your support will be poor.

Because technology is one of the ways to improve athletes' strength, some people use the same technical movement very quickly, but some people seem clumsy when using it.

This is why scientific training and coaching teams are needed.

When applying a mold, it can only be said to be a whimsical idea, carving a boat and seeking a sword.

Many years after Su Shen retired, he gradually came up with some possibilities under the enrichment and progress of various scientific and technological systems.

But at that time, people had long been middle-aged and had lost the possibility of personal practice.

This life reopened, just in time, and gave him a chance!

The fascial system is just a system. How to use, connect, combine, and influence all need to be polished by yourself.

For example, in this wave, he is going to use his own fascia system to use the increase of elastic potential energy to increase the controllable effective airflow within the effective range, and then use the effective airflow to increase the... "inertial sensation" of his downward pressure and stripping the ground.

Because the use of downward whipping to achieve natural pedal and extension to hips, it is possible to directly use the inertia brought by downward whipping to form a pedal and extension to hips, that is, natural pedal and extension.

In this case, the better the inertia of using the downward pressure whipping, the faster your speed and naturally the more coherent it will be.

The more speed it is.

Of course, many people will say that "inertia" is not like this. The inertia of an object is related to its mass and has nothing to do with its speed.

Objects have a large mass and a large inertia. When the same object is stationary, the inertia is as great as when it is moved.

This is middle school physics knowledge. Don’t think that we are studying less and lie to us!

Sir Niu's law: When there is no external force, the object remains unchanged. And the object remains unchanged in its original state is called the object has inertia. Inertia is the property of an object, which has nothing to do with the force or not, has nothing to do with the speed of the object's movement, and has nothing to do with the mass of the object. Without external force, the object remains unchanged in its original state. And the object remains unchanged in its original state is called the object has inertia. Inertia is the property of an object, which has nothing to do with the speed of the object's movement, and has nothing to do with the mass of the object.

Look, middle school students know it.

Very right, Sir Niu is not wrong.

Mass is the only determiner of inertia, but...

That is to say that this object as a system as a whole.

But you ignore a problem: the mutual inertia inside objects is inconsistent.

In other words, the shape, density, and position of the object will be different, resulting in different effects as a single person.

Joining together, even more so.

For example, objects with the same inertial mass are easy to fall, but they are shorter and stronger, which is not easy to fall. This is due to the different positions of the center of mass.

Especially for the human body during exercise, various parts of the body are composed of, not a unified rigid body.

Especially the body during movement, such as the pelvis, moves around the axis, such as sending hips, swinging arms, such as body support and airflow, are all in motion, or even in rotation. Therefore, in reality, the moment of inertia of irregular rigid bodies is often difficult to accurately calculate and needs to be determined through experiments.

After using the fascia system, the entire mass will definitely not be changed. As long as you are still on the earth, you cannot escape, but the rest of the conditions are not that you cannot fluctuate.

Su Shen now uses these abilities every time he lands after taking off the air, causing some changes in his body's "moment of inertia".

Utilize elastic potential energy and use tension integrity.

After each evacuation and pressing down, the shape and center of mass of the body are finely adjusted.

These things that seem almost negligible usually have high-intensity velocity impacts. For example, because the effective airflow height has changed now, the body's elasticity is increased with the support of the fascial system. Each time the ground is supported, the hip-sending action is to push the legs back and stretch the hips more fully around the forehead axis of the hip joint, so that the hips are fully sent forward, and the center of gravity of the body is away from the support point.

In this way, the entire single step and repeated step will absorb external impacts - convert the coarse elastic energy - and then release additional energy.

It doesn't seem to be much each time.

But sprinting is not just about running one single step or repeat step.

As you move more and more, your effects and bonuses will naturally become more and more obvious.

Accumulate less and you can make more.

In this way, the overall tensioning is used to increase the stability of the landing.

Plus the effective air-vacuum height is increased.

In addition, it is combined with the Coleman-style continuous and smooth and elastic downward pressure that Su Shen had long wanted to achieve.

Each single step and a repeated step is better for the utilization of "inertia".

This chapter is not over, please click on the next page to continue reading! The larger the "moment of inertia", the better it is.

Visually, it even begins to feel unreal when starting, one foot is kicked out, and before it gets off the ground, the other foot has already started!

"This, what is this???"

"How could there be such a way to run??"

The confident smile on Mills's face may not have been a second from solidification to disintegration.

These things made by Su Shen are the incredible scenes.

In fact, in the entire history of sprinting, until Su Shen retired, only Coleman, who escaped drug tests, could do it.

Ten meters.

Twenty meters.

Thirty meters.

When Su Shen ran, he felt like he had one more leg.

It seems that every time I start, I have legs before I even get off the ground, and I have already lifted up and started.

He was the first to arrive at the ten-meter line.

The twenty-meter line is also the first one.

Thirty meters, it is also the first one.

And this part...

What is the difference when Bolt comes out almost the ten-meter line.

Here, the acceleration zone ends.

Almost a little difference.

Basically you rely on the naked eye.

It's impossible to tell.

This means.

Su Shen was in the acceleration zone, withstood the impact of the peak Bolt and was no longer afraid!!!

Moreover, this peak betting is also the peak betting of the competition year!!!

"Is Su recovering from 2009?!"

"This acceleration, the shark is crazy!"

Morris Green couldn't help but scream in his Twitter live room.

And this time, there was no yelling.

He vaguely estimated.

This guy's gun is probably going to be opened for another 3.70s!!!

As for the people behind, Bolt was thrown away by one of his positions and did not catch up with him.

The rest.

Even more unlikely.

Powell was pulled apart one half-body position and approached two!

Powell thought that the gun started to accelerate, which was still very good, and he did not lose the chain.
To be continued...